Abstract: A virtualization control system may receive a set of parameters; and provision a virtual environment. The provisioning may include provisioning a set of resources for the virtual environment. An amount of resources, associated with the set of resources, may be based on the received set of parameters. The virtualization control system may monitor resource usage of the virtual environment; detect that usage of at least one resource, of the provisioned set of resources, exceeds a particular usage threshold; and enable, based on the detecting, a burst usage mode for the virtual environment. The enabling may include provisioning an additional set of resources for the virtual environment. The additional set of resources may include a greater amount of resources than the amount of resources that are provisioned based on the received set of parameters.

Abstract: A virtualization control system may receive a set of parameters; and provision a virtual environment. The provisioning may include provisioning a set of resources for the virtual environment. An amount of resources, associated with the set of resources, may be based on the received set of parameters. The virtualization control system may monitor resource usage of the virtual environment; detect that usage of at least one resource, of the provisioned set of resources, exceeds a particular usage threshold; and enable, based on the detecting, a burst usage mode for the virtual environment. The enabling may include provisioning an additional set of resources for the virtual environment. The additional set of resources may include a greater amount of resources than the amount of resources that are provisioned based on the received set of parameters.

Abstract: Systems and methods are provided for provisioning a virtual server. An identification of an operating system, a server name, a number of processors, a memory amount, and a disk storage amount is received, and a virtual server is provisioned by provisioning a number of processors, an amount of memory, and an amount of storage resources based on the identified number of processors, the identified memory amount, and the identified disk storage amount. Resource usage of the virtual server is monitored, and additional resources for the virtual server are provisioned if burst resource usage mode is enabled for the virtual server.

Abstract: A utility computing platform includes a virtualization control system coupled to physical server, disk drive and networking resources and configured to partition the physical resources into virtual resources including virtual processor, memory and storage resources. The utility computing platform comprises a customer console application coupled to the virtualization control system, and accessible via an Internet connection to a customer computing system operating a web browser interface. The customer console application enables the customer, through the web browser interface, to create and manage one or more virtual servers within a customer environment by associating an amount of virtual processor, memory and storage resources with the one or more virtual servers.

Abstract: A computer system having a highly parallel system architecture with multiple central processing units, multiple core logic chipsets and pooled system memory is provided with one or more AGP ports capable of connection to AGP devices. A memory manager is provided within the operating system for allocating pooled memory resources without regard to the location of that memory. A method is presented for dynamically allocating memory for the AGP device that is located on the same core logic chipset to which the AGP device is connected. By allocating local memory instead of allocating memory on remote core logic units, the AGP device can access the needed memory quickly without memory transmissions along the host bus, thereby increasing overall performance of the computer system.

Abstract: A computer system having a highly parallel system architecture with multiple central processing units, multiple core logic chipsets and pooled system memory is provided with one or more AGP ports capable of connection to AGP devices. A memory manager is provided within the operating system for allocating pooled memory resources without regard to the location of that memory. A method is presented for dynamically allocating memory for the AGP device that is located on the same core logic chipset to which the AGP device is connected. By allocating local memory instead of allocating memory on remote core logic units, the AGP device can access the needed memory quickly without memory transmissions along the host bus, thereby increasing overall performance of the computer system.

Abstract: A protocol for communicating messages between a manager for a computer system and a remote facility asynchronously connected with the system manager and a method for exchanging messages using the protocol. The protocol determines whether the system manager is ready to exchange messages with the remote facility, determines whether the remote facility is ready to exchange messages with the system manager and exchanges messages between the system manager and the remote facility. To exchange messages, a command message which includes a first field for identifying a command transmitted by the command message and a second field for identifying the command message is transmitted. In response, a command reply message which includes a first field for identifying the command to which the command reply message is in response to, a second field for matching the command response message to the command message and a third field for transmitting a response to the command message is transmitted.

Abstract: A protocol for communicating messages between a manager for a computer system and a remote facility asynchronously connected with the system manager and a method for exchanging messages using the protocol. The protocol determines whether the system manager is ready to exchange messages with the remote facility, determines whether the remote facility is ready to exchange messages with the system manager and exchanges messages between the system manager and the remote facility. To exchange messages, a command message which includes a first field for identifying a command transmitted by the command message and a second field for identifying the command message is transmitted. In response, a command reply message which includes a first field for identifying the command to which the command reply message is in response to, a second field for matching the command response message to the command message and a third field for transmitting a response to the command message is transmitted.